Click to activate sound 🔈 The work is responsive, it will adapt to any screen size 🌹

👉 Legowelt: *For Polychrome Music I designed a generative music system that plays an infinite composition on 3 different audio channels, each with their own synthesizer. These randomly generate simple musical timbres inspired by early computer sound chips. 🌴 The music itself is generated by randomly selecting 3 patterns out of a pool of 180. These patterns, which are little 8-bar music pieces, were written in the same C# Dorian scale so they always fit together. This is a pleasant sounding minor and colorful scale that I believe fits the general vibe of Rafaël’s work. 🌲 Composition wise, channel 1 plays the bassline and channels 2 and 3 the melody, countermelody, arpeggios and harmonies. 🌳 The system changes the patterns each time they are played, reversing, speeding up or slowing down the pattern or changing the synthesizer channel they are played on. In essence the system infinitely randomly remixes the source melodies to create ever new surprising pieces that harmonize with the colorful compositions.* 👈

Polychrome Music

My interpretation of Aerial View is a bird's Eye View over a city block with illuminated/twisted buildings and light trails. It uses an on-chain stored algorithm to represent the generative artwork based on a hash. Each Aerial comes with different distances, building elevations, rotations and colors. Welcome to my genesis project and the first step on my on-chain journey!

Aerial View

Screens have been at the heart of art mass production and mass consumption for ages. From screen printing techniques, first developed in China around 1000AD and later popularized in western art culture by e.g. Andy Warhol, to the screens on our devices used to consume both digital art as well as most traditional art we experience in our life.

The "Screens" series is a celebration of modern art. It is inspired by the aesthetics inherent in screen printing along with the compositions and colors of both Bauhaus, Constructivism, and pulp fiction sci-fi covers.

The compositions in "Screens" is based purely on strict geometries and plays with the tension, and symphonies that can be created from combining simple rules. The end result can range from chaotic non-figurative to strongly ordered isometric scenes.

The generative system underlying the rendering mimics the screen printing process by rendering and applying a single color at a time to a master image. Each virtual screen may be more or less aligned with the master, creating a lovely flawed balance to the precision of the rendered geometry.

25% of the proceeds from this project will be donated to Den Blå Planet, The Danish National Aquarium, in support of their work on preserving and restoring marine life and ecology.

Screens

**Cargo** is a series of abstract paintings created with animated pixels that are constantly moving without ever repeating. It is painting new patterns on the fly in between macro and micro compositions with a duality of different rhythms and continuous synchronicity. The focus is alternately drawn to detail, then distracted by movement elsewhere and caught up in the overall picture. This rhythm turns the visual complexity into an active experience.

ASDF: “My work should offer individual ways of interpretation, or even allow one to find some self in it. It wants to inspire some thoughts about dynamics and systemics and also just mesmerize the audience, capture them in a little fantasy, or just for a brief moment in a state of satisfaction.”

Cargo is the latest work in Kim Asendorf’s ongoing work series of pixel pattern animations. Starting with [monogrid](https://monogrid.xyz) in 2021, and [Sabotage](https://sabotage.kim) in 2022, both highly conceptual series, therefore visually very raw and unimaginable. Asendorf discovered various interesting details in these works, which eventually became fundamental in his artistic expression.

Cargo is a real time WebGL software written in JavaScript and GLSL. At its core is a flip-flop render buffer, also known as feedback buffer. That means the animation is alternately rendered in two different frame buffers. This technique allows the usage of the previous frame of the animation as an asset in the current rendering, which allows for a series of reactive animation strategies.

An initial image with variable structures and patterns is rendered and subsequently loaded into the frame buffer. A fragment shader is used to apply a set of animation algorithms that make the pixel move and a set of reset algorithms that constantly try to recreate the initial image. The final animation happens in selected containers and is always a combination of two algorithms, one from each set. By regularly animating and partially resetting the pixels, a wide range of movement patterns appear.

Cargo is a responsive and pixel exact artwork and it will fill the screen on any display size, thus changing the total amount of used pixels accordingly. This results in the fact that the detail level in the artwork is changing depending on the dimensions. The overall structure is consistently stretching the x and y axis independently. Single containers scale along the dimensions and offer more pixels to render the patterns at a larger representation compared to a smaller representation. This behavior leads to a brilliance, perfect pixels, a crisp rendering with nothing like compression artifacts.

This software includes the [simplex noise](https://github.com/jwagner/simplex-noise.js) JavaScript implementation by Jonas Wagner and the [cellular noise](https://github.com/stegu/webgl-noise) GLSL code by Stefan Gustavson.

Cargo

white noise contains all possible harmonics/notes/chords. by filtering out narrow frequency bands from the noise, pure sine wave “notes” become audible. we’ve limited these bands to only ever reveal specific notes from a particular musical scale. 

each piece then, is a unique iteration of this scale with different notes from it gaining prominence. sometimes they will be chordal and sometimes dissonant but always beautiful because the scale is beautiful.

visually, the white noise is represented by particles which congeal into dense lines. each line that appears is a specific note you can hear and it's amplitude is defined by the corresponding particle density. chords are represented by the lines crossing over each other.

so in summary, it's a quite literal visual representation of sound moving from an arbitrary form to musical form. natural order from chaos with infinitely variable patterns depending on which notes are audible. 

*note we’ve implemented the following variables for more radical variation in particle behavior in addition to the random generation of notes and their corresponding patterns.

- particles will either form straight line shapes or curved shapes 
- particles with vary in size from one iteration to another 
- particles will either favor white or black as their prominent b&w bias creating stark contrast between iterations as well as variables in between the two extremes
- some iterations will reveal faster and some slower

Art Blocks Curated

Polychrome Music #157

Rafaël Rozendaal & Danny Wolfers (Legowelt)

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